CN216823078U - Food processing equipment with large-volume dry grinding cavity - Google Patents

Abstract

A food processing device with a large-volume dry grinding cavity comprises a cup body and a cup cover arranged on a cup opening, wherein the cup cover and the cup body are enclosed to form a stirring cavity, a stirring knife driven by a motor to rotate is arranged at the bottom of the stirring cavity, an assembly channel is formed in the cup cover, a material pressing rod is slidably arranged in the assembly channel, the bottom of the material pressing rod is connected with a dry grinding cover suspended in the stirring cavity, the cup body comprises a lower cup cylinder which is formed by adopting a metal material and has a certain depth and an upper cup body which is connected to the upper edge of the lower cup cylinder and is formed by adopting a glass material, and the dry grinding cover is limited and translated to the vicinity of the opening of the lower cup cylinder through a stopping structure and is enclosed with the lower cup cylinder to form the dry grinding cavity; the utility model ensures that the wall of the dry grinding cavity only consists of metal and plastic materials under the double matching of the lower cup with a higher wall and the dry grinding cover limited at a higher stop position, so that the dry grinding cover and the lower cup can form the dry grinding cavity with relatively fixed volume and larger volume.

Description

Food processing equipment with large-volume dry grinding cavity

Technical Field

The utility model relates to the field of food processing equipment, in particular to food processing equipment with a large-volume dry grinding cavity.

Background

With the improvement of living standard, people have higher and higher nutritional requirements on food, and together with the upgrading of market consumption, food processing machines such as food processors and juicers are more and more favored by consumers as new upgraded consumer goods in kitchen appliances, and the structure of the existing food processing machine can refer to Chinese patent documents, with patent numbers as follows: the structure disclosed in CN201921304064.5 shows that, in the food processor with the structure, the dry grinding auxiliary device divides the dry grinding cavity into the grinding cavity, so that the operation space during dry grinding can be reduced, and the problems that hard food is violently splashed in the grinding cavity during the cutting and grinding processes of the food, and the dry grinding effect is poor are solved.

But the food processing machine of this structure, its stirring cup's component part includes cup 21 and metal disc 4, cup 21 adopts the shaping of glass material, only install the metal disc in the cup bottom for the metal material, in the in-process of food dry milling, when dry milling harder edible material, for example coffee or other beans condition, the food piece that splashes at a high speed can incessantly strike glass material's cup 21, cause cup 21 to crack easily or break up and lack, lead to the glass to break into in the food, arouse food safety problem, consequently can only thicken bottom or whole cup 21 of cup 21, increase its intensity, but can cause stirring cup's weight increase, influence the use experience.

In addition, the dry grinding auxiliary device matched with the stirring cup comprises a rod body and a dry grinding cover, wherein the rod body can freely slide on the cup cover, and the length of the dry grinding cover can enable the dry grinding cover to stretch into the bottom of the stirring cup and lean against the crushing cutter 3.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the existing problems and provides food processing equipment with a large-volume dry grinding cavity, which is simple and reasonable in structure and mainly has the main function that the cavity wall of the dry grinding cavity is only made of metal and plastic materials under the double matching of a lower cup with a higher cylinder wall and a dry grinding cover limited at a higher stop position, so that the dry grinding cavity with larger capacity, sanitation and safety is formed.

The utility model provides a food processing equipment with big volume dry grinding chamber, includes the cup and installs in the bowl cover of rim of a cup, and the bowl cover encloses with the cup and forms the stirring chamber, the bottom in stirring chamber is provided with its pivoted stirring sword of motor drive, the assembly channel has been seted up on the bowl cover, and slidable mounting presses the material stick in the assembly channel, and the bottom of pressing the material stick is connected with the dry grinding cover of suspension in the stirring intracavity, the cup includes the lower glass section of thick bamboo that adopts the metal material shaping, has certain degree of depth and connects and follow, adopt the fashioned upper cup body of glass material under in on the glass section of thick bamboo, the dry grinding cover is through near the oral area of the spacing translation of end structure to a lower glass section of thick bamboo, and encloses with a lower glass section of thick bamboo and forms the dry grinding chamber.

The aim of the utility model can also be solved by the following technical measures:

the stop structure is arranged between the cup cover and the material pressing rod or between the dry grinding cover and the cup body.

The dry grinding cover is arranged in the range of 1cm above or below the opening part of the lower cup barrel through the stop height limited by the stop structure.

The height of the wall of the lower cup cylinder is greater than that of the stirring knife; and the height H1 of the lower cup barrel accounts for one third or more of the height H2 of the cup body.

The position stopping structure comprises a limiting convex part arranged in the assembling channel and a limiting convex rib arranged on the upper part of the side wall of the material pressing rod, and the dry grinding cover realizes position stopping on the upper surface of the limiting convex part through the limiting convex rib.

The stop structure comprises a stop surface arranged at the opening part of the lower cup barrel or at the bottom of the upper cup body, and the stop structure is abutted on the stop surface through the dry grinding cover.

Go up the cup body and be the cylindrical structure, the whole glass material shaping that adopts of cylindrical structure, perhaps go up cup body partly for the glass material shaping, another part is the metal material shaping, and two parts material concatenation forms the cylindrical structure.

And a heating device is arranged at the bottom of the lower cup cylinder.

The inner wall surface of the lower cup cylinder is provided with a plurality of turbulence convex ribs along the circumferential direction.

The metal material includes, but is not limited to, stainless steel.

The utility model has the following beneficial effects:

according to the food processing equipment with the large-volume dry grinding cavity, the lower cup barrel with the higher barrel wall and the dry grinding cover limited at the higher stop position are matched, so that the overall weight of the cup body can be reduced, the cavity wall of the dry grinding cavity is only made of metal and plastic materials, the stop structure ensures that the dry grinding cover can be far away from a stirring knife, the dry grinding cover and the lower cup barrel form the dry grinding cavity with relatively fixed volume and larger volume, the food with large containing capacity can be dry-ground, meanwhile, the safety accidents such as glass breakage or breakage and falling into the food caused by the fact that the food impacts the cup body are prevented, and the food sanitation and safety are guaranteed.

Drawings

FIG. 1 is a schematic view of the dry grind hood of the present invention in a position for agitation.

FIG. 2 is a schematic view of the dry grind housing of the present invention in a dry grind state.

FIG. 3 is an exploded view of the lid of the present invention.

Fig. 4 is a schematic sectional view of the cup body of the present invention.

Fig. 5 is an enlarged schematic view of the structure at D in fig. 2.

Detailed Description

The utility model is further illustrated with reference to the following figures and examples.

As shown in fig. 1 to 5, a food processing device with a large-volume dry grinding cavity B comprises a cup body 1 and a cup cover 2 installed on a cup opening, the cup cover 2 and the cup body 1 surround to form a stirring cavity a, the bottom of the stirring cavity a is provided with a stirring knife 3 driven by a motor to rotate, an assembly channel 4 is formed in the cup cover 2, a material pressing rod 5 is installed in the assembly channel 4 in a sliding mode, the bottom of the material pressing rod 5 is connected with a dry grinding cover 6 suspended in the stirring cavity a, the cup body 1 comprises a lower cup barrel 11 formed by metal materials and an upper cup body 12 connected to the upper edge of the lower cup barrel 11 and formed by glass materials, and the dry grinding cover 6 is limited and translated to the position near the opening 11A of the lower cup barrel 11 through a stop structure C and surrounds the lower cup barrel 11 to form a dry grinding cavity B.

Above-mentioned lower glass section of thick bamboo 11 through having higher section of thick bamboo wall and inject the dry mill cover 6 cooperation of ending the position in higher position, can reduce the whole weight of cup 1, make the chamber wall of dry mill chamber B only metal and plastics material constitute, and guarantee through ending bit architecture C that dry mill cover 6 can keep away from stirring sword 3, make dry mill cover 6 can form volume relatively fixed and the great dry mill chamber B of capacity with lower glass section of thick bamboo 11, when can the big food of holding capacity carry out the dry mill, prevent that food striking cup body from causing glass to fragment or collapse and fall into the middle incident emergence of food, guarantee food sanitation and safety.

Further explaining, the stop structure C is arranged between the cup cover 2 and the swaging rod 5, and the specific embodiment is as follows: the dry grinding cover 6 comprises a limiting convex part 401 arranged in the assembly channel 4 and a limiting convex rib 501 arranged at the upper part of the side wall of the material pressing rod 5, and the position stopping is realized on the upper surface of the limiting convex part 401 by the stopping of the limiting convex rib 501; when the pressing rod 5 is pressed downwards and slides, and the limiting convex rib 501 abuts against the upper surface of the limiting convex part 401, the dry grinding cover 6 is shown to be translated to the position near the opening part 11A of the lower cup barrel 11, so that a dry grinding cavity B is formed;

or, set up between dry grinding cover 6 and cup 1, the specific embodiment is: including setting up at the backstop face 7 of 11 oral areas of a lower glass body 12 bottoms of cup or last glass body, realize the end position on backstop face 7 through the butt of dry grinding cover 6, the bottom of going up glass body 12 is provided with the glass neck 121 that inwards draws in, can form backstop face 7 between glass neck 121 and the last glass body 12 bottom, and dry grinding cover 6 supports puts behind backstop face 7, realizes that dry grinding cover 6 translates near the oral area 11A of glass body 11 down, and the oral area 11A of glass body 11 sets up backstop face 7 under or directly again, and backstop face 7 can be the top edge of glass body 11 down, and dry grinding cover 6 supports puts behind this backstop face 7, can directly cover and close glass body 11 under, can improve the leakproofness of dry grinding chamber B.

Further, the stop height of the dry grinding cover 6 limited by the stop structure C is set within 1cm above or below the opening part 11A of the lower cup barrel 11; the structure further limits the dry grinding cover 6 to move to the position near the opening part 11A of the lower cup barrel 11, the dry grinding cover 6 can be slightly higher than the opening part 11A or slightly lower than the opening part 11A, and the dry grinding food materials can be prevented from splashing out of the dry grinding cavity B.

Further, the height of the wall of the lower cup barrel 11 is greater than that of the stirring knife 3; the height H1 of the lower cup barrel 11 accounts for one third or more of the height H2 of the cup body 1; this lower cup section of thick bamboo 11 highly can increase the volume of dry grinding chamber B, makes food processing equipment can once only dry grind the great food of volume, improves dry grinding efficiency to lower cup section of thick bamboo 11 accounts for than great, can further reduce the weight of cup 1.

Further, the upper cup body 12 is a cylindrical structure, and the cylindrical structure is integrally formed by glass, or a part of the upper cup body 12 is formed by glass and the other part is formed by metal, and the two parts are spliced to form the cylindrical structure; set up the glass material on the cup 1, the purpose is in order to observe the stirring chamber A or dry grinding chamber B in the processing condition of food, consequently under extreme condition, only need set up visual window on cup 1 can, in order to promote cup 1's pleasing to the eye degree, it is the hoop setting to be preferred with visual window, can also be local equipment certainly, other positions are passed through the metal material and are replaced.

Further, the bottom of the lower cup tube 11 is provided with a heating device 8; the heating device 8 preferably uses a heating plate, food in the stirring cavity A or the dry grinding cavity B is heated, baked and the like through the heating plate, the bottom of the lower cup tube 11 is not limited to the bottom surface, and the heating device can also comprise a side wall of the lower cup tube 11, heat can be transferred to the tube wall from the bottom surface of the lower cup tube 11, the heating area is increased, the lower cup tube 11 can heat the food in a three-dimensional manner, and the heating efficiency and the heating effect are improved more uniformly.

Further, the inner wall surface of the lower cup tube 11 is provided with a plurality of turbulence ribs 111 along the circumferential direction, and the turbulence ribs 111 prevent the food from rotating together with the stirring blade 3.

Further, the metal material includes, but is not limited to, stainless steel; preferably, food-grade stainless steel is adopted, the stainless steel is generally used in the food processing industry, the technology is mature, and the cost is low.

Further, the cup comprises a cup base 13, the lower cup tube 11 is connected with the cup base 13, a positioning connecting groove 112 is arranged at the opening part 11A of the lower cup tube 11, the cup neck of the upper cup body 12 is arranged in the positioning connecting groove 112, and a sealing ring 9 is arranged between the two parts for fixing.

The foregoing is a preferred embodiment of the present invention, and the basic principles, principal features and advantages of the utility model are shown and described. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are merely illustrative of the principles of the present invention, but various changes and modifications may be made without departing from the spirit and scope of the utility model as defined by the appended claims and their equivalents.

Claims (10)

1. The utility model provides a food processing equipment with big volume dry grinding chamber, includes the cup and installs in the bowl cover of rim of a cup, bowl cover and cup surround and form the stirring chamber, the bottom in stirring chamber is provided with its pivoted stirring sword by motor drive, seted up the assembly passageway on the bowl cover, slidable mounting presses the material stick in the assembly passageway, and the bottom of pressing the material stick is connected with the dry grinding cover of suspension in the stirring intracavity, its characterized in that: the cup body comprises a lower cup barrel which is formed by adopting a metal material and has a certain depth, and an upper cup body which is connected to the upper edge of the lower cup barrel and is formed by adopting a glass material, wherein the dry grinding cover is limited and translated to the position near the opening part of the lower cup barrel through a stop structure, and forms a dry grinding cavity by being surrounded with the lower cup barrel.

2. A food processing apparatus having a large volume dry milling chamber as claimed in claim 1 wherein: the stop structure is arranged between the cup cover and the material pressing rod or between the dry grinding cover and the cup body.

3. A food processing apparatus having a large volume dry milling chamber as claimed in claim 1 wherein: the dry grinding cover is arranged in the range of 1cm above or below the opening part of the lower cup barrel through the stop height limited by the stop structure.

4. A food processing apparatus having a large volume dry milling chamber as claimed in claim 1 wherein: the height of the wall of the lower cup cylinder is greater than that of the stirring knife; and the height H1 of the lower cup barrel accounts for one third or more of the height H2 of the cup body.

5. A food processing apparatus having a large volume dry milling chamber as claimed in claim 2 wherein: the position stopping structure comprises a limiting convex part arranged in the assembling channel and a limiting convex rib arranged on the upper part of the side wall of the material pressing rod, and the dry grinding cover realizes position stopping on the upper surface of the limiting convex part through the limiting convex rib.

6. A food processing apparatus having a large volume dry milling chamber as claimed in claim 2 wherein: the stop structure comprises a stop surface arranged at the opening part of the lower cup barrel or at the bottom of the upper cup body, and the stop structure is abutted on the stop surface through the dry grinding cover.

7. A food processing apparatus having a large volume dry milling chamber as claimed in claim 1 wherein: go up the cup body and be the cylindrical structure, the whole glass material shaping that adopts of cylindrical structure, perhaps, go up the cup body partly for the glass material shaping, another part is the metal material shaping, and two parts material concatenation forms the cylindrical structure.

8. A food processing apparatus having a large volume dry milling chamber according to claim 1 wherein: and a heating device is arranged at the bottom of the lower cup cylinder.

9. A food processing apparatus having a large volume dry milling chamber according to claim 1 wherein: the inner wall surface of the lower cup cylinder is provided with a plurality of turbulence convex ribs along the circumferential direction.

10. A food processing apparatus having a large volume dry milling chamber according to claim 7 wherein: the metal material includes but is not limited to stainless steel.

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